- 22 -
SILENT
GB
1.2 Attached documentation
The following documentation is an integral part of this
manual:
- EEC conformity declaration (fig.1);
- Engine operation and maintenance manual;
- SERVICE handbook;
- Warranty certificate;
- Warranty card.
1.3 Manufacturer-machine identification
See FIG. 2
1 - Machine code
2 - Year of manufacture
3 - Power factor
4 - Rated frequency
5 - Continuous output
6 - Nominal voltage
7 - Rated current
8 - Mass
9 - Series number
See FIG. 3
1 - Exhauste outlet
2 - Instrument panel
3 - Tank chassis
4 - Socket panel
5 - Lifting hook
6 - Frontal engine access door
7 - Battery space
8 - Back engine access door
9 - Cooling air discharge grid
10 - Cooling air intake grid
Every request for information, spare parts, etc. must
bear the machine identification data, machine number
and year of manufacture.
1.4 Instrument panel
FIG. 4 Key
1 - Hour meter
2 - Voltmeter
3 - Magnetothermal switch 3p
4 - Magnetothermal switch 1p
5 - Emergency stop button
6 - Connector for hook up to the automatic
control panel
7 - Single-phase socket
8 - Terminal for ground connection
9 - Three-phase socket
10 - Ignition key
11 - Engine protection module
12 - Running engine lamp
13 - Low oil pressure lamp
14 - Level fuel lamp
15 - Battery charger lamp
16 - Higth engine temperature
17 - Emergency stop button lamp
The generating units in this series Silent have been
designed for industrial use and are driven by highly
reliable, 3000 r.p.m. air-cooled diesel engines. Special
attention has been paid to: the degree of protection
against foreign bodies; safeguarding the engine; protecting
the electrical components from surges or excessively
high temperatures. This is achieved through an automatic
system able to shut down the unit if any malfunction
arises. The Silent units are particularly silent thanks to a
fully insulated, sound-proofed cabin and to an advanced
system for soundproofing the exhaust discharge of
combustion fumes.
Synchronous, self-exciting alternators with electronic
voltage regulator, are employed which can provide
extremely high peak currents with a voltage stability of
less than 5%.
